Abstract: A fishing rod holder assembly for securing, transporting and dispensing a plurality of fishing rods is disclosed. The invention herein provides a convenient way to secure, transport and dispense fishing rods from a vehicle such as a pickup truck. The fishing rod holder rotates and tilts the fishing rods to a stowed position to prevent the fishing rods from being bounced around and becoming damaged, especially during transport. The invention lowers the fishing rods to a horizontal position during transport to prevent possible damage to the expensive fishing rods as a result of their sticking up above the profile of a pickup truck and being exposed to the high velocity air when traveling at expressway speeds or becoming entangled with low hanging vegetation or other obstacles while driving down a road.

Abstract: A fishing rod holder assembly for securing, transporting and dispensing a plurality of fishing rods is disclosed. The invention herein provides a convenient way to secure, transport and dispense fishing rods from a vehicle such as a pickup truck. The fishing rod holder rotates and tilts the fishing rods to a stowed position to prevent the fishing rods from being bounced around and becoming damaged, especially during transport. The invention lowers the fishing rods to a horizontal position during transport to prevent possible damage to the expensive fishing rods as a result of their sticking up above the profile of a pickup truck and being exposed to the high velocity air when traveling at expressway speeds or becoming entangled with low hanging vegetation or other obstacles while driving down a road.

Abstract: Many industries such as construction and aerospace industries use high build coatings for various purposes. Spray system for applying high build coatings allow thick coating to be applied relatively quickly as opposed to manual methods. The present application provides for a spray system including a spray apparatus having a conveyance device which provides a motive force created by a vacuum for delivering a dry material to the nozzle of the apparatus, the conveyance device including an array of bores for separating the dry material to provide substantially uniform wetting of the dry material when the dry material enters the nozzle. The conveyance device is particularly useful in applying plaster and stucco. The present apparatus eliminates concerns of pot-life, waste and product uniformity by wetting the dry material close to the nozzle outlet.

Abstract: Coating a substrate with a reinforced resin matrix comprised of liquid resin and reinforcing material can be accomplished with an apparatus where the liquid resin and the reinforcing material are mixed external to the apparatus prior to impacting the substrate. The liquid resin is directed through a cylinder 12 and then through an orifice 7 in nozzle 1, while the reinforcing material is carried in a gas stream through cavity 13, around cylinder 12, and past the nozzle 1. As the reinforcing material passes the nozzle 1, it is drawn into the liquid resin. Due to the distribution of the reinforcing material around the liquid resin flow, the reinforcing material is substantially homogeneously wetted by the liquid resin prior to impacting the substrate.

Abstract: A convergent end-effector which combines a liquid and dry flow external to a spray nozzle eliminates clogging problems common in the prior art spray coating systems. The end-effector utilizes a nozzle with an orifice and at least one atomizing hole, a conduit for directing a liquid resin through the nozzle and an outer housing disposed around said conduit to form a cavity. Reinforcing material enters the cavity on an gas stream supplied and controlled by an eductor located prior to the outer housing, in the direction of the nozzle, and at an angle of less than about 90.degree. with respect to the conduit. The end of the conduit near the nozzle is preferably angled toward the nozzle to further direct the reinforcing material into the liquid resin.

Abstract: Coating a substrate with a reinforced resin matrix comprised of liquid resin and reinforcing material can be accomplished with an apparatus where the liquid resin and the reinforcing material are mixed external to the apparatus prior to impacting the substrate. The liquid resin is directed through a cylinder 12 and then through an orifice 7 in nozzle 1, while the reinforcing material is carried in a gas stream through cavity 13, around cylinder 12, and past the nozzle 1. As the reinforcing material passes the nozzle 1, it is drawn into the liquid resin. Due to the distribution of the reinforcing material around the liquid resin flow, the reinforcing material is substantially homogeneously wetted by the liquid resin prior to impacting the substrate.